A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Spliced aluminum formwork for building
The invention relates to a spliced aluminum formwork for a building. The spliced aluminum formwork comprises an arc-shaped inner formwork body and an arc-shaped outer formwork body which are oppositely arranged; the arc-shaped inner formwork body and the arc-shaped outer formwork body are connected through-wall bolts; the arc-shaped inner formwork body is formed by splicing a plurality of standard inner formwork bodies; the arc-shaped outer formwork body is formed by splicing a plurality of standard outer formwork bodies; each arc-shaped inner formwork body comprises an arc-shaped inner vertical plate, a long-strip mounting plate and a connecting fixing piece which is arranged on the long-strip mounting plate and used for connecting the two adjacent arc-shaped inner vertical plates; long-strip mounting holes are formed in the long-strip mounting plates; each connecting fixing piece comprises a connecting screw, a first fixing nut and a second fixing nut; and each standard outer formwork body comprises an arc-shaped outer vertical plate, a long-strip mounting plate and a connecting fixing piece which is arranged on the long-strip mounting plate and used for connecting the two adjacent arc-shaped outer vertical plates. The aluminum formwork is easy to splice and stable in connection, the step of erecting a fixing frame outside the whole aluminum alloy building formwork can be omitted, the labor amount of workers is reduced, and the construction period is shortened.
本申请涉及一种建筑用拼接式铝模板，其包括相对设置的弧形内模板及弧形外模板，弧形内模板与弧形外模板之间通过穿墙螺栓连接，弧形内模板由多个标准内模板拼接而成，弧形外模板由多个标准外模板拼接而成；每一弧形内模板均包括弧形内立板、长条安装板及设置在长条安装板上的用于连接相邻的两弧形内立板的连接固定件，长条安装板上开设有长条安装孔，连接固定件包括连接螺杆、第一固定螺母及第二固定螺母；每一标准外模板均包括弧形外立板、长条安装板及设置在长条安装板上的用于连接相邻的两弧形外立板的连接固定件。本申请的铝模板拼接简单、连接稳固，能省去在铝合金建筑模板整体外部搭设固定架的步骤，减小工人的劳动量，缩短施工周期。
Spliced aluminum formwork for building
The invention relates to a spliced aluminum formwork for a building. The spliced aluminum formwork comprises an arc-shaped inner formwork body and an arc-shaped outer formwork body which are oppositely arranged; the arc-shaped inner formwork body and the arc-shaped outer formwork body are connected through-wall bolts; the arc-shaped inner formwork body is formed by splicing a plurality of standard inner formwork bodies; the arc-shaped outer formwork body is formed by splicing a plurality of standard outer formwork bodies; each arc-shaped inner formwork body comprises an arc-shaped inner vertical plate, a long-strip mounting plate and a connecting fixing piece which is arranged on the long-strip mounting plate and used for connecting the two adjacent arc-shaped inner vertical plates; long-strip mounting holes are formed in the long-strip mounting plates; each connecting fixing piece comprises a connecting screw, a first fixing nut and a second fixing nut; and each standard outer formwork body comprises an arc-shaped outer vertical plate, a long-strip mounting plate and a connecting fixing piece which is arranged on the long-strip mounting plate and used for connecting the two adjacent arc-shaped outer vertical plates. The aluminum formwork is easy to splice and stable in connection, the step of erecting a fixing frame outside the whole aluminum alloy building formwork can be omitted, the labor amount of workers is reduced, and the construction period is shortened.
本申请涉及一种建筑用拼接式铝模板，其包括相对设置的弧形内模板及弧形外模板，弧形内模板与弧形外模板之间通过穿墙螺栓连接，弧形内模板由多个标准内模板拼接而成，弧形外模板由多个标准外模板拼接而成；每一弧形内模板均包括弧形内立板、长条安装板及设置在长条安装板上的用于连接相邻的两弧形内立板的连接固定件，长条安装板上开设有长条安装孔，连接固定件包括连接螺杆、第一固定螺母及第二固定螺母；每一标准外模板均包括弧形外立板、长条安装板及设置在长条安装板上的用于连接相邻的两弧形外立板的连接固定件。本申请的铝模板拼接简单、连接稳固，能省去在铝合金建筑模板整体外部搭设固定架的步骤，减小工人的劳动量，缩短施工周期。
Spliced aluminum formwork for building
一种建筑用拼接式铝模板
CHEN GUANGQUAN (author) / WANG WENTAO (author) / ZHANG BAICHENG (author) / XU DOUYAN (author)
2021-06-08
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Spliced building formwork for constructional engineering
| European Patent Office | 2020